Experimental investigation on IOT interfaced smart gardening system with human path clearance

Abstract

In the Present era, Sprinkler Irrigation system is inconvenience for most of the people while crossing the Pathway. In this context, sprinklers which is placed in the Pathway should be controlled to prevent human exposure towards moisture content. A field survey has been conducted to gather information about the current water sprinkler system's current and future uses. To overcome the issue, an idea has been proposed to automate the system with turn on and off while the human interruption in the region of sprinkler working. Further, for ensuring sustainability aspects, the climatic and soil conditions are monitored. Sensors like temperature, humidity, soil moisture sensor are employed to study the surrounding climate conditions. An IOT based automation system is exhibited to actuate the mechanism of sprinkler. The mechanical pump is used to supply water to the sprinkler system through a gate valve.Although this device appears to be high-end, proper development in the design and manufacture of a water sprinkler system is still required to minimize water and energy waste via remote control. The soil moisture sensor has two terminals that are used to determine the volumetric water content.Soil moisture monitoring using IoT is used to determine the moist content and for turn on and off.This work uses a switch to turn on/off the sprinkler system and a gauge for monitoring the moisture content in the field. Sprinklers.The soil moisture sensor is directly connected with Wi-Fi module node MCU to show the real time value of the moisture content in their field to the user in the connected device.